Sandbox-isulin
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Insulin is made up of two pieces called the A- and B-chain, shown above in blue and green respectively. These two chains are joined by disulfide bonds, which are shown in yellow. This single piece made up of the A- and B-chains is the active form of the insulin hormone. This is the form that binds the insulin receptor on fat or muscle cells in the body, singling them to take up glucose, or sugar, from the blood and save it for later. | Insulin is made up of two pieces called the A- and B-chain, shown above in blue and green respectively. These two chains are joined by disulfide bonds, which are shown in yellow. This single piece made up of the A- and B-chains is the active form of the insulin hormone. This is the form that binds the insulin receptor on fat or muscle cells in the body, singling them to take up glucose, or sugar, from the blood and save it for later. | ||
| - | אינסולין יוצר קשרי מימן בין שתי שרשרות B ונוצר <scene name='User:Whitney_Stoppel/sandbox1/Insulin_dimer/2'>דימר</scene> | + | אינסולין יוצר קשרי מימן בין שתי שרשרות B ונוצר <scene name='User:Whitney_Stoppel/sandbox1/Insulin_dimer/2'>דימר</scene> |
| + | קישור נוסף above in white. Then, 3 dimers can come together in the presence of zinc ions and form a hexamer. Insulin is stored in the <scene name='User:Whitney_Stoppel/sandbox1/Insulin_dimer/1'>hexameric form</scene> in the body. This <scene name='User:Whitney_Stoppel/sandbox1/Insulin_ph7/2'>scene highlights</scene> the hydrophobic (gray) and polar (purple) parts of an insulin monomer at a pH of 7. It is believed that the hydrophobic sections on the B-chain cause insulin aggregation which initially caused problems in the manufacture and storage of insulin for [[Pharmaceutical_Drugs#Treatments|pharmaceutical use]]. | ||
</StructureSection> For additional details see [[Insulin Structure & Function]]. | </StructureSection> For additional details see [[Insulin Structure & Function]]. | ||
Current revision
One of the CBI Molecules being studied in the University of Massachusetts Amherst Chemistry-Biology Interface Program at UMass Amherst in the Roberts Research Group and on display at the Molecular Playground.
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